用并行规划筛选一种有效的散点集凸包算法

A. Manekar, Malti Nagle, Pankaj K. Kawadkar, H. Gupta
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引用次数: 2

摘要

地理信息系统(GIS)一直在为设计人员塑造世界做出突出贡献。随着数据的增长和分析和处理技术的日益复杂,传统的在台式计算机上执行GIS处理的顺序方法是不够的。本文在分析三维凸包算法的基础上,考虑空间散点数据,采用并行编程对三种并行架构进行了性能分析。由于地理信息系统需要大量的离散点数据来处理和开发许多产品,因此利用凸壳规划器离散点集对地理信息系统中的卫星图像进行规划和嫁接具有重要意义。在高性能计算(HPC)架构的OpenMP、MPI和Hybrid并行算法的基础上进行了分析,并分别阐述了OpenMP、MPI和Hybrid对GIS空间数据等可供计算的海量数据点的改进策略。
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Sifting of a Potent Convex Hull Algorithm for Scattered Point Set Using Parallel Programming
Geographic Information Systems (GIS) has been prominently working for the designed to sculpt the world. With the growth and data and increasing sophistication of analysis and processing techniques the traditional sequential methods of performing GIS processing on desktop computers is insufficient. This paper is based on analysis and the performance of 3D convex hull algorithm for the three flavors of parallel architecture considering spatial scatter point data using parallel programming. As GIS use huge set of scatter data for processing and development of many product, a Convex Hull of planner scattered point set will useful in the area of planning and grafting the satellite image in GIS. Analysis is based on the parallel algorithm on OpenMP, MPI and Hybrid of HPC (High Performance Computing) architecture also improvement strategy for the huge data point available for computing such as GIS spatial data with respective OpenMP, MPI and Hybrid is stated.
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